METHODS FOR CONTROL OF THE TECHNICAL AND OPERATIONAL PARAMETERS OF VEHICLES

Authors

Erkin Uljaev, Tashkent state technical university named after Islom Karimov, Address: 2, University str., 100095, Tashkent, Uzbekistan. E-mail: e.uljaev@mail.ru, Phone: +998-99-919-71-64;Follow
Utkirjon Murodillaevich Ubaydullaev, Tashkent state technical university named after Islom Karimov, Address: 2, University str., 100095, Tashkent, Uzbekistan. E-mail: utkir2005@gmail.com, Phone: +998-90-319-86-00.Follow

Abstract

The necessity of automating the control and evaluation of the technical and operational indicators of motor vehicles (ATS) is substantiated. A classification of the main technical and operational indicators of vehicles has been carried out. Motor vehicles can be classified according to dimensions, weight, carrying capacity, cross-country ability, speed, maneuverability and other indicators. A brief review and analysis of well-known technical means of foreign firms, designed to automate the control and evaluation of the technical and operational indicators of vehicles and agricultural machinery, has been carried out. It is noted that more than 90% of the considered devices and means are intended for research and testing of regime parameters and operation of the units. When monitoring and evaluating the main technical and operational indicators of vehicles, a number of parameters are not given due attention, for example, driving with a load or idling, machine downtime, the number of turns and others. It was revealed that a comprehensive assessment of all these parameters is associated with the complication of the on-board system circuits, a decrease in the reliability of its operation, software complexity and other significant problems. For ease of monitoring the operational parameters of vehicles, it is proposed to carry out local control of individual technical and operational indicators, and then, on their basis, calculate the complex technical and operational indicators of vehicles. It is noted that in order to automate the control of these parameters, it is necessary to select or develop sensors, devices and methods of control.

First Page

28

Last Page

36

References

1. Norsworthy, S., Schreier, R., Temes, G. (1996). Delta-Sigma Data Converters: Theory, Design, and Simulation. Wiley-IEEE Press, 512 p.
2. Mingliang Liu (2006). Demystifying Switched-Capacitor Circuits. Newnes, 336 p.
3. Razavi Behzad (1995). Principles of Data Conversion System Design. Wiley-IEEE Press, 272 p.
4. Tony Chan Carusone, David Johns, Kenneth Martin (2011). Analog Integrated Circuit Design. 2nd ed. Wiley, 816 p.
5. Srivastava, A.K., Goering, C.E., Rohrbach, R.P., Buckmaster, D.R. (2006). Engineering principles of agricultural machines. ASABE, 559 p.
6. Goering, C.E., Stone, M.L., Smith, D.W., Turnquist, P.K. (2006). Off-road vehicle engineering principle. АSABE, 474 p.
7. Phillip, E. Allen, Douglas, R. Holberg. (2011). CMOS Analog Circuit Design. United Kingdom: Oxford University Press, 784 p.
8. Denton, T. (2006). Automotive electronics. Published by Elsevler Ltd, 576 p.
9. Prospekty i ehlektronnye istochniki novoj tekhniki firm-proizvoditelej traktorov i drugoj s.kh. tekhniki firm i kompanij MTZ [Prospectuses and electronic sources of new equipment of tractor manufacturers and other agricultural machinery of MTZ firms and companies], CaseIH, JohnDeere, Massey-Ferguson, CLAAS, Ford, WhiteStagier i dr. za 1995…2012 gg. (in Russian).
10. Ubajdullaev, U.M., Ulzhaev, E., Makhmarazhabov, M.B. (2015). Algoritmicheskoe i programmnoe obespechenie mikroprotsessornogo ustrojstva kontrolya temperatury okhlazhdayushhej zhidkosti dvigatelya traktorov. Vestnik TGTU. 2.
11. Uljaev, E., Ubaydullaev, U.M., Erkinov, S.M. (2016). Diagnosis of the Pneumatic Chamber of Cotton Pickers using Boolean Functions. International Journal of Advanced Research in Science, Engineering and Technology, 6.
12. Indikator kombinirovannyj ehlektronnyj KD8083. Gabaritnye i ustanovochnye razmery indikatora [The indicator is a combined electronic CD8083. Overall and installation dimensions of the indicator]. (in Russian).
13. Velikanov, D.P. (1989). EHffektivnost' avtomobil'nykh transportnykh sredstv i transportnoj ehnergetiki [Efficiency of motor vehicles and transport energy]. M.: Nauka, 536 p. (in Russian).
14. Kuznetsov, E.S., Voronov, V.P., Boldin, A.P. i dr. (1991). Tekhnicheskaya ehkspluatatsiya avtomobilej [Technical operation of cars]. M.: Transport, 413 p. (in Russian).
15. Reznik, L.G. (1989). EHffektivnost' ispol'zovaniya avtomobilej v razlichnykh usloviyakh ehkspluatatsii [The efficiency of using cars in various operating conditions]. M.: Transport, 128 p.
16. Bazhenov, YU.B. (2006). Osnovy teorii nadezhnosti mashin [Fundamentals of the theory of machine reliability]. Vladimir: Izd-vo Vladim. gos. un-ta, 160 p. (in Russian).
17. Global'nye tekhnicheskie pravila № 8. EHlektronnye sistemy kontrolya ustojchivosti. (Vvedeny v Global'nyj registr 26 iyunya 2008 goda). Organizatsiya ob"edinennykh natsij [Global Technical Regulation No. 8. Electronic stability control systems. (Entered into the Global Register on June 26, 2008). The United Nations]. (in Russian).
18. Khoshimov, D.I. (1993). Upravlyaemost' i ustojchivost' dvizheniya khlopkouborochnykh mashin [Controllability and stability of movement of cotton harvesters]. Tashkent: Ukituvchi, 112 p. (in Russian).
19. Abdazimov, A.D. (2007). Nauchno-metodologicheskie osnovy povysheniya ehffektivnosti khlopkouborochnykh mashin upravleniem parametrami protsessa sbora i uborochnogo apparata [Scientific and methodological foundations for improving the efficiency of cotton harvesting machines by controlling the parameters of the harvesting process and harvesting apparatus]. Diss… dokt. tekhn. nauk. Tashkent, 313 p. (in Russian).
20. Matchanov, R.D., Usmonov, A.S. (2002). Agrosanoat mashinalari. Ma"lumotnoma. Tashkent: Yangi asr avlodi.
21. Nigmatov, L., Yusubaliev, A. (1987). Ustrojstvo dlya avtomaticheskogo kontrolya zaboev pnevmosistemy khlopkouborochnykh mashin [Device for automatic control of the faces of the pneumatic system of cotton harvesters]. Mekhanizatsiya khlopkovodstva, 3, 11-12. (in Russian).
22. Sadriddinov, A.S., Khasanov, P.F., Tashkhodzhaev, T.U., Kiselev, O.D., Abdazimov, A.D. (1985). Mekhanizm regulirovki rabochej shheli vertikal'no-shpindel'nogo khlopkouborochnogo apparata [The mechanism of adjustment of the working slot of the vertical spindle cotton harvester]. A.S.1301345. B.I. №13. (in Russian).
23. Ulzhaev, E. (2006). Sintez intellektual'noj informatsionno-izmeritel'noj sistemy kontrolya rezhimov funktsionirovaniya tekhnologicheskikh agregatov [Synthesis of an intelligent information and measurement system for monitoring the modes of operation of technological units]. Kimyovij tekhnologiya, nazorat va boshkaruv, 6(12), 38-44. (in Russian).
24. Ravutov, SH.T, Abdazimov, A.D., Ulzhaev, E., Ubajdullaev, U.M., Makhmarazhabov, M.B. (2014). Povyshenie kachestva provedeniya stendovogo ispytaniya parametrov protsessa vzaimodejstviya shhetok s"emnika i shpindelej khlopkouborochnoj mashiny [Improving the quality of bench testing of the process parameters of the interaction of the puller brushes and the spindles of the cotton harvesting machine]. Materialy Vserossijskoj nauchno-prakticheskoj konferentsii “problemy mekhanizatsii i ehlektrifikatsii sel'skogo khozyajstva”. Krasnodar. (in Russian).
25. Gel'fenbejn, S.P., Volchanov, V.P. (1986). EHlektronika i avtomatika v mobil'nykh sel'khozmashinakh [Electronics and automation in mobile agricultural machines]. M.: Agropromizdat, 264 p. (in Russian).
26. Ulzhaev, E. (2007). Algoritmy sinteza intellektual'noj informatsionnoj sistemy kontrolya i regulirovaniya tekhnologicheskikh rezhimnykh parametrov oborudovaniya i mashin [Algorithms for the synthesis of an intelligent information system for monitoring and regulating technological operating parameters of equipment and machines]. Kimyoviy tekhnologiya, nazorat va boshkaruv, 6(12), 36-40. (in Russian).
27. Ulzhaev, E., Ubajdullaev, U.M., Abdazimov, A.D., Omonov, N.N., Primkulov, B.SH. (2014). Ustrojstvo dlya kontrolya skorostej vrashheniya shpindelej khlopkouborochnoj mashiny [A device for controlling the speeds of rotation of the spindles of a cotton harvesting machine]. № IAP 2014 0239. 16.06.2014. (in Russian).
28. Azarov, I.N. (1972). Issledovanie protsessa avtomaticheskogo vozhdeniya khlopkouborochnoj mashiny [Investigation of the process of automatic driving of a cotton harvesting machine]. Avtoref. kand. tekh. nauk. Tashkent, 28 p. (in Russian).
29. Abdazimov, A.D., Ulzhaev, E., Ubajdullaev, U.M., Omonov, N.N. (2014). Osnovy avtomatizatsii kontrolya i upravleniya tekhnologicheskimi parametrami khlopkouborochnykh mashin [Fundamentals of automation of control and control of technological parameters of cotton harvesting machines]. Tashkent: TashGTU, 164 p. (in Russian).
30. Ulzhaev, E., Abdazimov, A.D., Ravutov, SH.T., Tulbaev, F.A. (2012). Apparatnoe obespechenie sistemy avtomaticheskogo kontrolya i regulirovaniya parametrov podvizhnykh ob"ektov [Hardware of the system of automatic control and regulation of parameters of mobile objects]. Kimyovij tekhnologiya, nazorat va boshkaruv. 4, 29-33. (in Russian).
31. Instruktsiya po ehkspluatatsii khlopkouborochnoj mashiny CASE– 2002 [Operating instructions for the cotton harvesting machine CASE– 2002]. Tashkent, 1998. 23-50. (in Russian).

Recommended Citation

Uljaev, Erkin and Ubaydullaev, Utkirjon Murodillaevich (2023) "METHODS FOR CONTROL OF THE TECHNICAL AND OPERATIONAL PARAMETERS OF VEHICLES," Chemical Technology, Control and Management: Vol. 2023: Iss. 4, Article 5.
DOI: https://doi.org/10.59048/2181-1105.1490